QPS – Qinsy 9
Qinsy is a survey planning, acquisition, and real-time hydrographic data processing solution, supporting a wide variety of industries, from simple single beam surveys to complex offshore construction works.
Reasons to start with Qinsy.
Beyond the basics.
Simply put, there is no job that Qinsy can’t handle. It has the features and capabilities to meet any client demand. And with stability that is well-known and renowned throughout the industry, clients can feel assured they have a reliable software to ensure even the most difficult jobs through to completion.
Measured & Proven
Multi-object support
Precisely track the position of multiple defined objects in support of dredging and marine construction applications.
Multi-sensor acquisition
Acquire data from multiple sensors simultaneously.
Sensor type support
Singlebeam, multibeam, laser, side scan sonar, magnetometer, seismic support, and sub bottom profiling.
Positioning and filtering
Multiple inputs (e.g. GPS, INS, tide, USBL, draft, etc.) for real-time positioning in 3D. Can be used in a Kalman filter.
Real-time processing
Real-time processing of point clouds, bathymetric grids, and side scan sonar mosaics for optimal qa/qc and rapid “at-the-dock” product delivery.
Real-time displays
Navigation display (layers: ENC, DXF/DWG, Geotiff ECW) multibeam displays, Numerics, profile display, and 3D displays.
Autonomous support
Autonomous vessel support with mission planning, intelligent auto-line generation, and remote display and control.
Dredging support
Setup applications, object configuration, monitoring, visualization, safety precautions, and reporting tools for dredging.
| QINSY OVERVIEW | |
| Qinsy is a survey planning, acquisition, and real-time hydrographic data processing solution, supporting a wide variety of industries, from simple single beam surveys to complex offshore construction works. | |
| FEATURES | |
| Measured & proven | |
| Multi-object support | Precisely track the position of multiple defined objects in support of dredging and marine construction applications. |
| Multi-sensor acquisition | Acquire data from multiple sensors simultaneously. |
| Sensor type support | Singlebeam, multibeam, laser, side scan sonar, magnetometer, seismic support, and sub bottom profiling. |
| Positioning and filtering | Multiple inputs (e.g. GPS, INS, tide, USBL, draft, etc.) for real-time positioning in 3D. Can be used in a Kalman filter. |
| Real-time processing | View processed point clouds, bathymetric grids, and side scan sonar mosaicks during their acquisition, for optimal qa/qc and “at-the-dock” product delivery. |
| Real-time displays | Navigation display (layers:ENC, DXF/DWG, Geotiff ECW) multibeam displays, Numerics, profile display, and 3D displays. |
| Autonomous support | Autonomous vessel support with mission planning, intelligent auto-line generation, and remote display and control. |
| Dredging support | Setup applications, object configuration, monitoring, visualization, safety precautions, and reporting tools for dredging. |
| Geodetics support | Datum transformation and geoid model support, EPSG database, and predefined transformations. |
| Customized input/output | Customized or generic drivers, log files, and exports allows for optimal client flexibility. |
| Survey manager | Line planning, grid operations, volume calculations, plotting, and many more tools in support of all phases of survey. |
| Stability | Proven technology for real-time, continuous operations, running 24 hours a day and 7 days a week – no stoppages. |
| Pipelaying support | Ensure positioning of the pipe, vessel, tugs, and along prescribed routes. Includes anchor handling functions. |
| Rockdumping support | Positioning and monitoring for rockdumping. |
| Rig move support | Visualization, anchor handling tools, and tug operations for drilling rig moves. |
| SUPPORTED PLATFORMS | |
| Windows | |
| Windows 11 | |
| -Excluding Windows insider versions; | |
| -Excluding Windows IoT. | |
| Windows 10 | |
| -Version 1607 or newer; | |
| -32 bit is not supported; | |
| -Excluding Windows insider versions; | |
| -Excluding Windows IoT. | |
| SYSTEM REQUIREMENTS | |
| Processor | Intel Core i7 2.6Ghz+ |
| Video card | NVIDIA 1 GB or higher (OpenGL & DirectX) |
| Hard drive: NVIDIA 1 GB or higher OpenGL and DirectX compatible Open GL 3+ for 3D point cloud display Autonomous survey platform (no displays) | |
| Basic graphics card sufficient | |
| Suggestion: think about power consumption of the PC | |
| Monitor | A resolution of 1280×1024 or better |
| Memory | 4GB+ |
| REMOTE DISPLAY CLIENTS | |
| Windows 10 (64-bit) or Windows 11 | |
| 4 GB Memory | |
| Intel Core i5 Processor | |
| 1 TB Hard Drive; NVIDIA 500 MB (OpenGL & DirectX) Video Card | |
| 1 GB/s between online PC and remote PCs Network (recommended) | |
| INPUT DEVICES | |
| Mouse: 2 Button with Scroll Wheel, 3 button mouse or trackpad with equivalent functionality | |
| STORAGE | |
| Minimum of 9 GB of free space on the system drive. | |
| If you opt to install Qinsy on another drive, you will still need 7 GB of free space on the system drive, this is because Geodetics, ENCs, etc. are still installed on the C drive. | |
| Note: It is suggested to have sufficient storage capacity for acquisition with the Qinsy software. We suggest at least 1 TB. | |
| Using a Solid State Drive (SSD) is recommended with the following type of operations: Laserscan acquisition. Multibeam survey with Water Column Data. For more advanced survey setups where the logging of RAW formats is required. Data processing purposes. | |
| SUPPORTED FILE FORMATS | |
| Supported file formats – Please contact us as we might be able to support more equipment | |
| EQUIPMENT SUPPORT | |
| AML Applanix Applied Acoustics EdgeTech Geometrics iXBlue Klein Marine Systems Kongsberg Leica Geosystems Maritime Robotics Norbit Ping DSP R2Sonic Renishaw RIEGL SBG Systems SeaRobotics Septentrio SICK Sonardyne Teledyne Odom Teledyne Reson Trimble Tritech Valeport Velodyne LiDAR |
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| SONAR DATA RECORDING | |
| Qinsy DB/QPD XTF |
|
| GRID DATA EXPORTS | |
| ASCII grid GeoTIFF ArcInfo Sounding Grid Geoid Model BAG Basis Besteand Hoogte (BBH) |
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| LINE DATA EXPORTS | |
| ASCII LatLon ASCII Line offsetes ASCII X/Y/Z AutoCAD DWG AutoCAD DXF Google Earth KML Kongsberg DP Maridan AUV Terramodel PRO Vertical Offset model Planned line files |
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| OTHER SURVEY MANAGER EXPORTS | |
| Fix Track Qinsy Mapping Donar Interface Format RWS Tide Positions User Defined ASCII PiSYS PREDUCT Coda Corrected MBES (Binary WSV) SITRAS (Pipeline Inspection) Generic Sensor Format (GSF) Hydrographic Transfer Format Leica Cyclone (ASCII XYZQ) Binary DTM FAU SZ (ASCII) LAS Geosoft Database (GDB) |